The vapour pressure of benzaldehyde between 273 and 376 K

Weaving a web of reliable thermochemistry around lignin building blocks: phenol, benzaldehyde, and anisole

“…The first vapour pressure measurements on benzaldehyde were reported by Kahlbaum [55] and von Rechenberg [56]. These sources are not easily available, but fortunately the primary vapour pressures were listed in paper by de Mare et al [57]. The available experimental absolute vapour pressures are given in Fig.…”

“…We collected seven original data sets (see Table S3) on temperature vapour pressure dependences with traceable primary data. Additionally, we used seven sets of Antoine's equation coefficients compiled by Stephenson and Malanowski [35] •-static [57]; red round-ebulliometry [54]; blue round-ebulliometry [59]; blue triangle-ref. [55]; black cross-ref.…”

“…Fig.2Temperature dependence of vapour pressures for the benzaldehyde: ○-transpiration[61]; •-static[57]; red round-ebulliometry[54]; blue round-ebulliometry[59]; blue triangle-ref [55]…”

Development and evaluation of organic vapour permeation system for packaging applications

“…The difference in thickness was further normalized to exclude the contribution of film thickness in analysing our test results. The vapour pressure values of various organic compounds were taken from previous literatures, assuming ethyl acetate to be 12 616 Pa at 25°C, d‐limonene to be 264 Pa at 25°C, 2‐furaldehyde to be 295 Pa at 25°C, and benzaldehyde to be 173 Pa at 25°C …”

“…The vapour pressure values of various organic compounds were taken from previous literatures, assuming ethyl acetate to be 12 616 Pa at 25°C, 21 d-limonene to be 264 Pa at 25°C, 22 2-furaldehyde to be 295 Pa at 25°C, 23 and benzaldehyde to be 173 Pa at 25°C. 24 All measurements were performed in quintuplicate and the average values with standard deviations were reported. (Tokyo, Japan) for a multilayer structure.…”